Hardware Validation Engineer

Premier Staffing Solution•Palo Alto, CA

About The Position

Core Responsibilities · Cross-Functional Service Delivery: Serve as the primary validation partner for HW/SW design teams, providing centralized testing services that span the entire product lifecycle. · Test Strategy & Design: Develop comprehensive test plans, cases, and environmental strategies (DVP&R) that integrate Silicon Validation data into ECU-level functional testing. · Infrastructure Development: Collaborate with design teams to architect and build specialized test scripts and hardware fixtures (HIL/Bench) to support diverse validation activities. · Risk & Lifecycle Management: Participate in DFMEA, PFMEA, and Bill of Design (BoD) assessments to identify and mitigate risks to project timing and customer quality. Technical Execution & ECU Validation · High-Fidelity Testing: Plan and execute Durability, Electrical, and Functional validation for component-level ECUs. · Silicon Characterization: Validate Silicon-level performance (SoCs, Microcontrollers) within the ECU environment, focusing on power integrity, thermal boundaries, and signal analysis. · Failure Analysis: Lead deep-dive root cause investigations for test failures, utilizing data reproduction and fault simulation to solve complex hardware/firmware bugs. · Data Analytics: Provide advanced data analytics from conducted tests to drive design improvements and ensure compliance with Component Technical Specifications (CTS). Operational Excellence · Standardization: Maintain and enhance technical templates, "ADV Toolboxes," and Drawing Templates to ensure a unified validation approach across the engineering org. · Traceability: Establish and manage end-to-end traceability between requirements and test results using JAMA, JIRA , and version control systems. · Continuous Improvement: Manage "Lessons Learned" repositories to refine the Bill of Materials (BoM) and improve product performance and safety based on real-world test data.

Requirements

Education: BS/MS in Electrical Engineering, Computer Engineering or a related technical field.
Experience: 6+ years of experience in automotive or consumer electronics, with a strong focus on the design and development of electronics.
Domain Expertise: Strong background in Silicon-level validation and ECU component testing; Proficient in automotive communication protocols: CAN, CAN-FD, LIN, and Flexray. Working knowledge of ISO/IEC 17025 requirements for testing labs.
Lab Skills: Hands-on experience with bench-level testing [oscilloscopes, power supply, digital multimeter] & thermal chambers.
Software & Tooling: Proficiency in JIRA and JAMA for requirement management.
Ability to interpret complex electrical schematics and mechanical drawings.
Soft Skills: A collaborative communicator capable of working cross-functionally in a fast-paced "Engineering Ops" service model.

Nice To Haves

LabView, Test Stand, and CAPL programming skills (highly preferred).

Responsibilities

Cross-Functional Service Delivery: Serve as the primary validation partner for HW/SW design teams, providing centralized testing services that span the entire product lifecycle.
Test Strategy & Design: Develop comprehensive test plans, cases, and environmental strategies (DVP&R) that integrate Silicon Validation data into ECU-level functional testing.
Infrastructure Development: Collaborate with design teams to architect and build specialized test scripts and hardware fixtures (HIL/Bench) to support diverse validation activities.
Risk & Lifecycle Management: Participate in DFMEA, PFMEA, and Bill of Design (BoD) assessments to identify and mitigate risks to project timing and customer quality.
High-Fidelity Testing: Plan and execute Durability, Electrical, and Functional validation for component-level ECUs.
Silicon Characterization: Validate Silicon-level performance (SoCs, Microcontrollers) within the ECU environment, focusing on power integrity, thermal boundaries, and signal analysis.
Failure Analysis: Lead deep-dive root cause investigations for test failures, utilizing data reproduction and fault simulation to solve complex hardware/firmware bugs.
Data Analytics: Provide advanced data analytics from conducted tests to drive design improvements and ensure compliance with Component Technical Specifications (CTS).
Standardization: Maintain and enhance technical templates, "ADV Toolboxes," and Drawing Templates to ensure a unified validation approach across the engineering org.
Traceability: Establish and manage end-to-end traceability between requirements and test results using JAMA, JIRA , and version control systems.
Continuous Improvement: Manage "Lessons Learned" repositories to refine the Bill of Materials (BoM) and improve product performance and safety based on real-world test data.